Difference between revisions of "OTH Radar"

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[[File:Othb-cover-map.gif|thumb|right|Coverage Map of OTH-B coverage]]
 
[[File:Othb-cover-map.gif|thumb|right|Coverage Map of OTH-B coverage]]
https://basicsaboutaerodynamicsandavionics.wordpress.com/2016/04/12/radar-electronic-countermeasure/
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Thanks to that unique design, OTH-B radar can detect aircraft thousands of kilometers away even if these aircraft fly at very low altitude. However, since OTH-B radar use very low frequency, they are not only highly inaccurate but also required antennas which are extremely large, the height of each individual antenna often as high as 15-20 meters while the whole radar array often between 2-3 km long. Furthermore, the receiving and transmitting array need to be separated and stationed around 150-200 km away from each other. Due to their extreme size, OTH radars are large and stationary targets <ref>Radar Fundamentals (Part I): https://basicsaboutaerodynamicsandavionics.wordpress.com/2016/04/12/radar-electronic-countermeasure</ref><ref>CHAPTER IV
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Limitations Imposed on Radar by External Factors: https://www.ibiblio.org/hyperwar/USN/ref/RADONEA/COMINCH-P-08-04.html
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https://www.ibiblio.org/hyperwar/USN/ref/RADONEA/COMINCH-P-08-04.html
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==References==

Revision as of 19:41, 18 April 2020

Coverage Map of OTH-B coverage

Thanks to that unique design, OTH-B radar can detect aircraft thousands of kilometers away even if these aircraft fly at very low altitude. However, since OTH-B radar use very low frequency, they are not only highly inaccurate but also required antennas which are extremely large, the height of each individual antenna often as high as 15-20 meters while the whole radar array often between 2-3 km long. Furthermore, the receiving and transmitting array need to be separated and stationed around 150-200 km away from each other. Due to their extreme size, OTH radars are large and stationary targets [1][2]



References